def stats():
db_file = g.db_file
top_items = top_things(db_file)
graph_data = top_items[2]
last_day = get_items_last_X_days(db_file, 1, munge=False)
ten_days = get_items_last_X_days(g.db_file, 10)
hourly_activity = aggregate_by_hour(db_file)
time = datetime.now() - timedelta(days=10)
date_obj = date(year=time.year, month=time.month, day=time.day)
day_unix = int(mktime(date_obj.timetuple()))
p_to_dp_ten = {}
stats_ten = []
for item in ten_days:
for person in ten_days[item]:
if p_to_dp_ten.get(person, False) == False:
p_to_dp_ten[person] = [[item, ten_days[item][person]]]
else:
p_to_dp_ten[person].append([item, ten_days[item][person]])
for item in p_to_dp_ten:
stats_ten.append({"name": item, "data": sorted(p_to_dp_ten[item])})
p_to_dp = {}
stats = []
people = {}
i = 0
for item in last_day:
for person in last_day[item]:
if people.get(person, False) == False:
people[person] = i
i = i+1
if p_to_dp.get(person, False) == False:
p_to_dp[person] = [[item, last_day[item][person]]]
else:
p_to_dp[person].append([item, last_day[item][person]])
for item in p_to_dp:
def muh_lambda(x):
return (x[0], people[item])
stats.append({"name": item, "data": map(muh_lambda, sorted(p_to_dp[item]))})
return render_template("stats.html",
items=top_items,
hourly_activity=hourly_activity,
start_date=day_unix,
stats=stats,
stats_ten=stats_ten,
graph_data=graph_data)
def sigma():
items = top_things(g.db_file)
graph_data = items[2]
return render_template("sigma.html", items=items, graph_data=graph_data)